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A showcase of diverse custom fabrication projects completed by Beeplastic, representing over 10,000 successful engineering solutions delivered worldwide.

Pharmaceutical and medical industry

Advanced Polymer Solutions for Medical & Pharmaceutical Applications

We specialize in the custom fabrication and precision CNC machining of high-performance medical-grade plastic components. From rapid prototyping for R&D to full-scale production, we deliver parts that meet the stringent demands of the healthcare industry for safety, reliability, and performance.

A high-precision CNC machined PEEK spinal implant, demonstrating Beeplastic's capability in manufacturing complex medical components.

Your Partner for Critical Medical Components

Choosing a manufacturing partner in the medical field is a critical decision. We build trust not on certifications, but on tangible results, engineering expertise, and a flexible, customer-first approach.

  • Uncompromising Precision: Our state-of-the-art CNC machines deliver a standard tolerance of ±0.03mm (±0.0012"), guaranteeing that your parts function perfectly in critical assemblies.
  • Collaborative Engineering Support: We offer Design for Manufacturability (DFM) analysis to optimize your designs for efficiency, reduce costs, and improve end-product performance.
  • Accelerated Development Cycles: With No Minimum Order Quantity (No MOQ), you can iterate faster—from a single prototype to low-volume pilot runs—without large upfront investment.
  • Global Reach & Logistics: We provide reliable, free standard shipping options to major global markets, ensuring your supply chain remains uninterrupted. Expedited shipping is available for urgent needs.

Solving Key Challenges in Medical & Pharmaceutical Device Manufacturing

We machine and fabricate advanced polymers to overcome common hurdles in product design and function, providing tailor-made solutions for specific applications.

A collection of custom machined PEEK, PTFE, and Polycarbonate medical device parts for surgical tools.

Surgical, Therapeutic & Implantable Devices

Challenges: Need for biocompatibility, resistance to repeated sterilization (autoclave, gamma, EtO), radiolucency for imaging, and high mechanical strength.

Our Solutions: Precision machining of implant-quality polymers and autoclavable plastics for reusable instruments and single-use tools.

A transparent acrylic diagnostic component, demonstrating clarity and precision for labware.

Diagnostics, Labware & Life Science Instruments

Challenges: Requirement for optical clarity, chemical resistance to reagents, dimensional stability for accurate analysis, and non-reactivity.

Our Solutions: Fabrication of transparent manifolds, microfluidic components, test fixtures, and instrument housings.

Flexible custom molded silicone gaskets for medical device sealing applications.

Housings, Seals, Gaskets & Connectors

Challenges: Need for durability, impact resistance, flexibility for sealing, and specific electrical or thermal insulation properties.

Our Solutions: Injection molding and fabrication of robust enclosures, biocompatible seals, and connectors.

Material Selection Guide for Medical Applications

Choosing the right polymer is critical for device success. Below is a guide to some of our most commonly used medical-grade plastics. Our engineers are available to provide a more detailed consultation based on your specific needs.

Material Key Characteristics Common Medical & Pharmaceutical Applications Sterilization Compatibility
PEEK Exceptional strength, stiffness, biocompatibility, chemical inertness, high-temp resistance. Spinal implants, trauma fixation devices, dental healing caps, cardiovascular devices. Autoclave, Gamma, EtO, H2O2 Gas Plasma
UHMW-PE Extremely high impact strength and abrasion resistance, low friction, biocompatible. Orthopedic joint replacements (hip, knee), bearings, wear-resistant components. Gamma, EtO (Not Autoclavable)
PEI (Ultem®) High dielectric strength, excellent heat & flame resistance, hydrolytic stability. Reusable surgical tools, electrical connectors, instrument trays, manifolds. Autoclave, Gamma, EtO, H2O2 Gas Plasma
Polycarbonate High impact strength and toughness, excellent clarity, good dimensional stability. Dialysis filter housings, surgical instrument handles, IV connectors, lenses. Gamma, EtO (Limited Autoclave)
Polypropylene Good chemical resistance, lightweight, fatigue resistance, cost-effective. Disposable syringes, storage containers, non-woven fabrics, flexible pouches. Autoclave, EtO (Not Gamma)
PTFE (Teflon®) Extreme chemical inertness, very low friction, high-temp stability, biocompatible grades available. Catheters, analytical instrument components, seals, liners for fluid handling. Autoclave, EtO

Explore Our Proven Expertise

Theory is one thing, but application is everything. We invite you to review our portfolio of custom plastic case studies, where we detail real-world challenges and the innovative solutions we delivered for our clients.

See firsthand how our combination of material knowledge and manufacturing excellence translates into successful outcomes for complex projects.

View Case Studies
A showcase of successfully completed custom medical parts ready for client delivery.

Turn Your Design into a High-Performance Medical Component

Let our experts help you navigate the complexities of material selection and the manufacturing process. Upload your CAD file (STEP, IGS, XT) and project requirements to receive a comprehensive quote from our engineering team.

Upload Your File & Get A Quote

For questions or to discuss your project, email us at beeplastic@beeplastic.com.

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